Wied Pakusa
Professor of Artificial Intelligence at University of Applied Sciences Koblenz.
Prof. Dr. Wied Pakusa
I studied Computer Science and Mathematics at RWTH University. The area of Logic in Computer Science caught my special attention and in 2011, I started as a PhD student in the group of Erich Grädel. My research was centered around the main open question of Finite Model Theory: can efficient computability be expressed with a machine model that operates directly on graphs instead of their string representations? In 2015, I successfully defended my PhD thesis Linear Equation Systems and the Search for a Logical Characterisation of Polynomial Time.
As a postdoc, my interest shifted towards the area of Propositional Proof Complexity. I was awarded a DFG Research Fellowship, and spent 18 months in the group of Luke Ong at the University of Oxford. I also worked closely together with Anuj Dawar who hosted several stays at the University of Cambridge.
From 2018 to 2022, I worked as a technical expert at the Federal Office for Information Security (BSI) where I first got into contact with Process Mining, an active research area that studies data-driven techniques for process analysis. In September 2022, I was appointed as Professor of Computer Science in the department Digital Administration and Cyber Security (DACS) at HS Bund, Brühl, Germany. In March 2025, I moved to University of Applied Sciences Koblenz where I was newly appointed as Professor of Artificial Intelligence at the Faculty of Mathematics, Informatics and Technology.
My teaching and research activities are focussed on:
- Process Mining
- Artificial Intelligence
- Theoretical Computer Science
news
| Jun 18, 2026 | My project KIP – KI für Prozesskonformität (AI for Process Conformance) is funded by the Carl Zeiss Foundation under its CZS Forschungsstart programme. Starting in July 2026, we develop AI-based methods for automated conformance checking that take the entire process context into account instead of looking at deviations in isolation, with applications in public administration, healthcare, the financial sector and IT security. The results will be contributed to the open-source library pm4py. See the press release. |
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| Jun 02, 2025 | The workshop article Alignments meet Linear Algebra was accepted at ATAED 2025. This is joint work with Christopher Schwanen and Wil van der Aalst. |
| Mar 17, 2025 | Our new article Complexity of Alignments on Sound Free-Choice Workflow Nets was accepted at Petri Nets 2025. This is joint work with Christopher Schwanen and Wil van der Aalst. |